AFBR-720XPDZ Avago Technologies US Inc., AFBR-720XPDZ Datasheet

TXRX OPT XFP 10GB/S 850NM

AFBR-720XPDZ

Manufacturer Part Number
AFBR-720XPDZ
Description
TXRX OPT XFP 10GB/S 850NM
Manufacturer
Avago Technologies US Inc.
Datasheet

Specifications of AFBR-720XPDZ

Wavelength
850nm
Data Rate
10Gbps
Applications
Networking
Voltage - Supply
3.3V
Connector Type
XFP
Mounting Type
Through Hole
Product
Transceiver
Maximum Rise Time
0.024 ns (Min)
Maximum Fall Time
0.024 ns (Min)
Operating Supply Voltage
3.135 V to 3.465 V
Maximum Operating Temperature
+ 70 C
Minimum Operating Temperature
0 C
Package / Case
XFP
Rohs Compliant
Yes
Data Rate Max
10.3125Gbps
Supply Voltage
3.3V
Wavelength Typ
850nm
Peak Reflow Compatible (260 C)
Yes
Leaded Process Compatible
Yes
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Lead Free Status / RoHS Status
Lead free / RoHS Compliant, Lead free / RoHS Compliant
Other names
516-1996

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
AFBR-720XPDZ
Manufacturer:
Avago Technologies US Inc.
Quantity:
135
AFBR-720XPDZ
10GbE XFP 850 nm 10Gbps Optical Transceiver
Data Sheet
Description
The 850 nm ���� ��ransceiver is a high performance, cos��
effec��ive module for serial op��ical da��a communica��ions
applica��ions specified for signal ra��es of 9.9 Gb/s ��o 0.5
Gb/s. I�� is complian�� ��o ���� �S� Rev 4.5. The module is
designed for mul��i mode fiber and opera��es a�� a nominal
waveleng��h of 850 nm. The ��ransmi����er sec��ion incorpo-
ra��es �vago Technologies’ 850 nm Ver��ical Cavi��y Surface
Emi����ing Laser (VCSEL). The receiver sec��ion uses �vago
Technologies’ �OV��E grown planar SEDET ��IN pho��o-
de��ec��or for low dark curren�� and excellen�� responsivi��y.
In��egra��ed Tx and Rx signal condi��ioners provide high
ji����er-��olerance for full ��I compliance. The in��ernally ac
coupled high speed serial I/O simplifies in��erfacing ��o
ex��ernal circui��ry. The elec��rical in��erface is made using
an indus��ry s��andard 0.8 mm pi��ch 30-pin righ�� angle
connec��or. Op��ical connec��ion is made via ��he duplex LC
connec��or.
The produc�� also offers digi��al diagnos��ics using ��he 2-
wire serial in��erface defined in ��he ���� �S�. The produc��
provides real ��ime ��empera��ure (module and laser), sup-
ply vol��age, laser bias curren��, laser average ou��pu�� power
and received inpu�� power. The digi��al diagnos��ic in��erface
also adds ��he abili��y ��o disable ��he ��ransmi����er (T�_DIS),
power down ��he module, moni��or for module faul��s and
moni��or for Receiver Loss of Signal (R�_LOS). Transmi����er
disable, in��errup��, power down/rese��, receiver loss of sig-
nal and module no�� ready are also hard wired pins on ��he
30-pin righ�� angle connec��or.

Features
• RoHS 6/6 Compliance
• Complian�� ��o ���� �S�
• Complian�� ��o IEEE 802.3ae 0GB�SE-SR for 0GbE,
• Complian�� ��I 0G Serial elec��rical in��erface
• 3.3V single power supply
• �vago Technologies’ 850 nm VCSEL Laser and ��IN
• No reference clock required
• LC Duplex op��ical connec��or in��erface conforming ��o
• .5W maximum
• Link Leng��hs up ��o 300 m wi��h 0�3 fiber
• 0 ��o +70 °C case opera��ing ��empera��ure range
• Superior T hermal and E�I in��egri��y performance ��o sup-
• Cus��omizable clip-on hea��sink ��o suppor�� a varie��y of
• IEC 60825- Class /CDRH Class  laser eye safe��y
Applications
• �iber Channel Swi��ches
• Hos�� Bus �dap��er Cards
• �ass S��orage Sys��em and Server I/O
• E��herne�� Swi��ches
• Core Rou��ers
Complian�� ��o ���� �S�
0.325 Gb/s
��ho��odiode
�NSI TI�/EI�604-0 (�OCIS 0)
por�� high por�� densi��ies
line card environmen��s

Related parts for AFBR-720XPDZ

AFBR-720XPDZ Summary of contents

Page 1

... AFBR-720XPDZ 10GbE XFP 850 nm 10Gbps Optical Transceiver Data Sheet Description The 850 nm ���� ��ransceiver is a high performance, cos�� effec��ive module for serial op��ical da��a communica��ions applica��ions specified for signal ra��es of 9.9 Gb/s ��o 0.5 Gb/s. I� ...

Page 2

Installation The ��BR-720���DZ can be ins��alled in any ���� por�� re- gardless of hos�� equipmen�� opera��ing s��a��us. The ��BR- 720���DZ is ho��-pluggable, allowing ��he module ��o be ins��alled while ��he hos�� sys��em is opera��ing and on-line. Upon inser��ion, ��he ��ransceiver housing makes ini��ial con��ac�� wi��h ��he hos�� board ���� cage, mi��iga��ing po��en- ��ial damage due ��o Elec��ro-S��a��ic ...

Page 3

Receiver Section The receiver sec��ion includes a ��IN de��ec��or wi��h am- plifica��ion quan��iza��ion signal condi��ioner circui��s. (see �igure ) Op��ical connec��ion ��o ��he receiver is provided via a LC op��ical connec��or. RX_LOS The receiver sec��ion con��ains a loss of signal (R�_LOS) circui�� ��o indica��e when ��he op��ical inpu�� signal power is insufficien�� for reliable signal de��ec��ion. � high signal indica��es loss of modula��ed signal, indica��ing link failure such as a broken ...

Page 4

Table 1. Electrical Pin Definitions Pin Name Logic  GND �od-Desel LVTTL-I 4 In��errup�� LVTTL-O 5 T�_DIS LVTTL GND SCL LVTTL-I ...

Page 5

Absolute Maximum Ratings Parameter S��orage Tempera��ure (non-opera��ing) Rela��ive Humidi��y Supply Vol��age Low Speed Inpu�� Vol��age Recommended Operating Conditions Parameter Symbol Case Opera��ing Tempera��ure T C Supply Vol��age V CC Da��a Ra��e Transceiver Electrical Characteristics ( °C ��o +70 ° 3.3 V ± 5 Parameter Symbol ��ower Supply Noise Rejec��ion ��SNR (peak-peak) under �Hz ��ower Supply Noise Rejec��ion ��SNR (peak-peak) �Hz ��o 0 �Hz �odule supply curren�� I ...

Page 6

Transmitter Electrical Input Characteristics ( °C ��o +70 ° 3.3 V ± 5 Parameter Symbol Differen��ial Inpu�� Impedance Termina��ion �isma��ch Differen��ial Inpu�� �mpli��ude DVQDO Differen��ial Inpu�� Re��urn Loss SDD Differen��ial Inpu�� Re��urn Loss SDD Differen��ial Inpu�� Re��urn Loss SDD Common �ode Inpu�� Re��urn SCC Loss Differen��ial ��o Common �ode SCD Conversion Ji����er and Eye �ask Receiver Electrical Output Characteristics Parameter Symbol Differen��ial Inpu�� Impedance Z d ...

Page 7

Transmitter Optical Characteristics 10 GbE ( °C ��o +70 ° 3.3 V ± 5 Parameter Laser O�� Ou��pu�� ��ower �ean Op��ical Ou��pu�� ��ower Ex��inc��ion Ra��io Spec��ral Wid��h - rms Cen��er Waveleng��h Transmi����er and dispersion penal��y Transmi����er O�� �verage Op��ical Ou��pu�� ��ower RIN (O��) 2 Op��ical Eye �ask Receiver Optical Characteristics 10 GbE ( °C ��o +70 ° 3.3 V ± 5 Parameter S��ressed receiver sensi��ivi��y (O��) Receiver sensi��ivi��y (O��) Receiver Reflec��ance Waveleng��h ...

Page 8

Center wavelength (nm) Figure 4a. Triple tradeoff curve for 10GBASE-S (informative) Optical Modulation rmS SpeCtral Width (nm 0.05 to CenterWavelength(nm) 0.05 0.1 840 ��o 842 -4.2 ...

Page 9

Transceiver Timing Characteristics ( °C ��o +70 ° 3.3 V ± 5 Parameter Symbol T�_DIS �sser�� Time ��_off T�_DIS Nega��e Time ��_on Time ��o ini��ialize ��_ini�� In��errup�� asser�� delay In��errup��_on In��errup�� nega��e In��errup��_off delay ��_Down/ ��_Down/RST_on RST asser�� delay ��-Down nega��e delay ��_Down/RST_off �od_NR asser�� delay �od_nr_on �od_NR nega��e �od_nr_off delay �od_DeSel asser�� T_�od_DeSel ��ime �od_DeSel de-asser�� T_�od_Sel ��ime ��_Down rese�� ��ime ��_rese�� R�_LOS �sser�� delay ...

Page 10

Heat Sink Figure 5. XFP Assembly Drawing 0 Host Board Clip Bezel Module Connector EMI Gasket (not shown) ...

Page 11

Digital Diagnostic Interface and Serial Identification The 2-wire serial in��erface is explici��ly defined in ��he ���� �S� Rev 4.0. 2-wire ��iming specifica��ions and ��he s��ruc- ��ure of ��he memory map are per ���� �S� Rev 2.0. The normal 256 By��e I2C address space is divided in��o lower and upper blocks of 28 By��es. The lower block of 28 By��es is always direc��ly available and is used for diagnos- ��ic informa��ion providing ��he oppor��uni��y for ��redic��ive �ailure Iden��ifica��ion, Compliance ��redic��ion, �aul�� Isola- ��ion and Componen�� �oni��oring. The upper address space ��ables are used for less frequen��ly accessed func- ��ions such as serial ID, user wri��eable EE��RO�, reserved EE��RO� and diagnos��ics and con��rol spaces for fu��ure ...

Page 12

Mechanical Specifications Package Dimensions Figure 6a. Module Drawing Figure 6b. Module Drawing 2 ...

Page 13

Figure 7. XFP host board mechanical layout 3 ...

Page 14

Application Support �n Evalua��ion Ki�� and Reference Designs are available ��o assis�� in evalua��ion of ��he ��BR-720���DZ. ��lease con- ��ac�� your local �ield Sales represen��a��ive for availabili��y and ordering de��ails. Regulatory Compliance The ��ransceiver Regula��ory Compliance performance is provided in Table figure of meri�� ��o assis�� ��he de- signer. The overall equipmen�� design will de��ermine ��he cer��ifica��ion level. Regulatory Compliance Feature Test Method Elec��ros��a��ic Discharge (ESD) �IL-STD-883 ��o ��he elec��rical pins of ��he ...

Page 15

Immunity The ��ransceivers have a shielded design ��o provide excel- len�� immuni��y ��o radio-frequency elec��romagne��ic fields which may be presen�� in some opera��ing environmen��s. Electromagnetic Interference (EMI) �os�� equipmen�� designs using ��he ��BR-720���DZ are subjec�� ��o ��he requiremen��s of ��he �CC in ��he Uni��ed S��a��es, CENELEC EN55022 (CIS��R 22) in Europe and VCCI in Japan. The me��al housing and shielded design of ��he ��BR-720���DZ minimizes E�I and provides excellen�� E�I performance. Eye Safety The ��BR-720���DZ ��ransceivers provide Class  eye safe- ...

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